CE7000-160

Machine Specifications:

• Configuration: Grit Rolling Type
• Drive Method: Digital Servo Drive System
• Graphic LCD Display With Back Light
• Networking Ethernet Port
• Mountable Number Of Tools: 1 Tool
• Maximum Cutting Force: 450g
• Maximum Cutting Speed: Up To 1000mm/s (140 & 160 Models)
• Perforation Cutting: Yes (Performed By Force Control)
• Interface: USB 2.0 Offline | USB 2.0 Cable
• Buffer Memory: 2MB

Performance Specifications:

• Media Tracking Distance: Up To 5m
• Minimum Character Size: Approx. 5mm Alphanumeric (Varies Depending On Character Font & Type Of Media)
• Programmable Resolution: GP-GL: 0.1 / 0.05 / 0.025 / 0.01 mm, HP-GL™: 0.025 mm
• Repeat-ability: Max. 0.1 mm In Plot up to 2m
• Media Type: Self-Adhesive Marking Film Up To 0.25mm Thick

Machine Includes:

• Stand
• USB Cable: 2.9m Long
• DVD-ROM
• Manual

Included Accessories:

• Cutting Blade Holder: PHP33-CB09N-HS
• Cutting Blade: CB09UB
• Loupe: PM-CT-001 For Checking Blade Condition
• Separate Cutter: For Sheeting Off Jobs On Completion
• Fibre-Tipped Pen Holder: PHP31-FIBER
• Water-Based Fibre Tipped Pen: KF700-BK

Graphtec CE7000 Plus Series: Operation

The CE7000 is easy to use which follows Graphtec’s ethos of ensuring all of their products are highly intuitive, simple to operate and extremely efficient.

The plotter is driven by an large backlit LCD screen and tactile control panel which is used to quickly and easily adjust user settings, automatic registration mark sensing system and to support print and cut alignment which is crucial to ensure you achieve the best cut every time.

CE7000 User Modes

Simple Mode: This mode automatically sets the necessary cutting conditions need to cut through the chosen media type which is perfect for operators who are new to the machine.

Normal Mode: This mode is user driven and lets allows the user to use all functions and settings to tune the plotter in for specific operator requirements. Using this mode allows operators to set up to 8 separate cutting conditions which can be linked to specific materials and saved within the machines memory for future use.